M210-16034 Applications in Automotive Market and ......2-4: Casting 2-5: Heat treatment 3.Laboratory...

Applications in Automotive Market and Introduction to Gas Detectors and Alarms for

Safety and Security

M210-16034

Document contents

About Riken Keiki Why do we need gas detectors?

Risks associated with toxic gases Applications in automotive market Major examples of accidents Product information International agents

About Riken Keiki

About Riken Keiki

RIKEN

1939

Riken Keiki

Riken Keiki was originally established to commercialize and sell detectors for preventing explosions in coal mines and on oil tankers.

HeadquartersTo be completed in September2018 (conceptual drawing)

Methane gas measurements in coal mine

Optical Gas Indicator Model 3 (1939)

About Riken Keiki

CertificationNational heritage of

analytical and scientific instruments

2014

Company name Riken Keiki Co., Ltd.

Established March 15, 1939

LocationHeadquarters: 2-7-6 Azusawa Itabashi-Ku, TokyoDevelopment Center: 2-3 Minamisakae-cho, Kasukabe-shi,

Saitama

Factories Hakodate-shi, Hokkaido; Sakurai-shi, Nara (affiliated company)

Headquarters Development Center

Company profile

To be completed in September 2018 (conceptual drawing)

Headquarters(Itabashi-Ku, Tokyo)

Development Center(Kasukabe-shi, Saitama)

About Riken Keiki

Locations of sales officesDomestic

To be completed in September 2018 (conceptual drawing)

Global

Sales baseProduction baseMaintenance base

Riken Keiki Co., Ltd. headquarters

Affiliated company

Sales agent

Various basesDomestic sales and branch offices: 20 locationsService stations: 32 locationsGlobal bases: 7 locations

Major sales items

Combustible gas detectors and alarmsGas detectors and alarms designed to prevent oxygen deficiency accidentsToxic gas detectors and alarmsCombined gas detectors and alarmsVarious measuring instruments for environmental measurements and other instruments

Capital 2,565.5 million yenNumber of employees

965 (non-consolidated), 1,127 (consolidated)* As of September 30, 2017

Hakodate Factory(Hakodate-shi, Hokkaido)

Company profile

Nara Factory(Sakurai-shi, Nara)

1939Riken Keiki Co., Ltd. established to produce and sell optical gas detectors, photo-elasticity apparatuses, and other precision instruments invented and developed by RIKEN

1959 Start production and sale of combustible gas alarms and detectors (catalytic combustion type).1967 Start production and sale of oxygen measuring instruments (OX-1).

1970 Start production and sale of monitoring tape type measuring instruments (FP-200).

1972 Start production and sale of non-dispersive infrared measuring instruments (RI-550).1975 Start production and sale of electrochemical type measuring instruments (EC-231).

1986 Start production and sale of photoemission yield spectrometers (AC-1).

2009 70th anniversary of founding

2014 Start production and sale of portable X-ray diffractometers equipped with XRF (DF-01).

2015 Start production and sale of portable multi gas detectors (GX-6000), first product of its kind in Japan capable of housing photoionization detectors (PID).

Company history

Why Do We Need Gas Detectors?Risks Associated with Toxic Gases

Need for gas detectors (combustible gases)

We need gas detectors because flammable gas leaks can lead to explosions.

Criteria set by United Nations’ Globally Harmonized System of Classification and Labelling of Chemicals (GHS)According to the United Nations’ Globally Harmonized System of Classification and Labelling of Chemicals (GHS), a combustible gas (or flammable gas) is defined as follows:

A combustible or flammable gas is a gas having an explosive (flammable) range when mixed with air under atmospheric conditions of 20°C and standard pressure of 101.3 kPa.

Gases falling under this definition are further subdivided into the following two categories based on the severity of the associated risk:

Category 1 (Danger: Extremely flammable gas)Gases capable of igniting at 20°C and standard pressure of 101.3 kPa when occurring in a mixture of 13% or less by volume with air or having an explosive (flammable) range of at least 12% when mixed with air regardless of the lower explosion (flammable) limit

Category 2 (Warning: Flammable gas)Gases, other than those in Category 1, which are gaseous at 20°C and a standard pressure of 101.3 kPa and have an explosive (flammable) range when mixed with air

Need for gas detectors (definition of permissible concentration)

Definition of permissible concentrationEven when workers are exposed to hazardous substances at work sites, no adverse health effects should emerge as long as the airborne concentration of the hazardous substance remains below the permissible concentration.

Recommended permissible concentrations have been set by the American Conference of Governmental Industrial Hygienists (ACGIH) and the Japan Society for Occupational Health. We use the ACGIH permissible concentrations.

Types of permissible concentrations TWA (Time Weighted Average)

Time Weighted Average refers to time-weighted average concentrations over an 8-hour workday and 40-hour workweek of routine work to which workers may be repeatedly exposed without adverse health effects.

STEL (Short Term Exposure Limit)Short Term Exposure Limit refers to exposure that does not lead to adverse health effects if each exposure does not exceed 15 minutes, the number of daily exposures does not exceed four, and the exposures are separated by at least one hour.

C (Ceiling value)Ceiling Value refers to the upper limit that can never be exceeded.

We need gas detectors because leaks exceeding permissible concentrations can lead to accidents.

How human body reacts to oxygen-deficiency

Effects of hydrogen sulfide (H2S) on human body

Concentration (ppm) Effects and Toxicity0.025 Smell vaguely. (It varies according to the individual.)0.3 Smell clearly.3 ‐ 5 Smell moderate degree of objectionable odor.10 Lower‐level to irritate eyes' mucus membranes.20 ‐ 40 A strong odor. Lower‐level to irritate lungs' mucous membranes.

100Sense of smell is impaired in 2 ‐ 15 minutes. Eyes and respiratory tract are irritated in 1 hour. 8 ‐ 48 hours continuous exposure can lead to death.

170 ‐ 300 1 hour exposure is the limit for not causing serious health problems.400 ‐ 700 Life‐threatening exposure in 0.5 ‐ 1 hour.800 ‐ 900 Bring on loss of consciousness, cessation of breathing and death.1000 Bring on immediate loss of consciousness and death.

Concentration (ppm) Effects and Toxicity

100 No noticeable effects even after breathing for a few hours.

200 A mild headache in around 1.5 hours.

400 ‐ 500 Headache, nausea and ear ringing in around 1 hour.

600 ‐ 1000 Loss of consciousness in around 1 ‐ 1.5 hours.

1500 ‐ 2000 Headache, vertigo and disabling nausea in around 0.5 ‐ 1 hour, and losing consciousness.

3000 ‐ 6000 Headache, vertigo, disabling nausea...etc. in a few minutes. 10 ‐ 30 minutes exposure can lead to death.

10000 Bring on immediate loss of consciousness and death.

Effects of carbon monoxide (CO) on human body

Applications in Automotive Market

1. Entire flow of processes at automobile manufacturing plant

2. Automobile manufacturing processes 2-1: Pressing 2-2: Coating and drying (1) 2-3: Coating and drying (2) 2-4: Casting 2-5: Heat treatment

3. Laboratory4. Engine laboratory and environmental

testing laboratory5. Vehicle testing laboratory6. Test bench7. Lithium battery production8. Heating furnace

Applications in automotive market

1. Entire flow of processes at automobile manufacturing plant

The figure below shows the risks posed by combustible and toxic gas leaks in automobile manufacturing processes and examples of gas detector and alarm installations.The following pages discuss the details of each process.

Steel plate PressingCoating

Welding

Drying ovenCoating inspectionAssembly

Inspection

Shipment

Engine assembly

Heat treatment Casting

Engine production processes

Go to 2-1.

Engine bench testing

For environmental measurement of HC, CO2, and oxygen deficiencies in engine testing labs

Go to 2-2.

Go to 2-3.

To detect combustible gases

Go to 2-5. Go to 2-4.Personal Single Gas

MonitorModel: GP-03

Oxygen Gas DetectorModel: GD-F88Di

Flame-proof Suction Type Gas DetectorModel: GD-D58

Press machine

Fuel leaks Explosions

O2 indicator

Underground pit oxygen deficiencies and explosions

Detector heads for oxygen deficiencies Personal gas detector for workers

2-1: PressingDescription: In the pressing process, a large press machine or similar equipment is used to press the body.

Hazardous risks: Fuel from the press machine may leak and cause oxygen deficiencies or explosions in the underground pit.

Smart Transmitter/Gas

DetectorModel: SD-1OX

Oxygen Gas Detector Head

Model: GD-F3A-A

Multi-channel Gas Monitoring SystemModel: RM-5003

Four Gas Personal Monitor

Model: GX-2009

Detecting combustible gases to prevent explosionsDetecting oxygen concentration to prevent oxygen deficiencies

Safety

Electrodeposition equipment

TolueneMEK

Toluene

MEK

2-2: Coating and drying (1)

Painting booth Drying oven

CO

Portable Multi Gas Detector

Model: GX-6000

Smart Transmitter/Gas DetectorModel: SD-1

Personal Single Gas Monitor

Model: GP-03Gas Detector

Model: RM-6000

To monitor concentrations of VOCs and CO discharged from the drying oven

Fixed PID VOC Monitor

Model: RVOC

Description: Paint is applied in various ways in coating and drying processes. The body is coated by electrodeposition or spray painting and dried in a drying oven.

Hazardous risks: Organic solvents used in the electrodepositionequipment and painting booth may cause explosions. CO poisoning may occur in the drying oven.

Detecting combustible gases to prevent explosionsDetecting CO to prevent poisoning

Painting booth Drying oven

Deodorizing furnace

Personal gas detector for workersEnvironmental measurements before work

2-3: Coating and drying (2)

Detecting solvents in painting booth

Model: GH-5001-A80V Detecting burner leaks (LPG/LNG)

Model: GP-5001-A80

Detecting unburnt gas in drying oven (LPG/LNG)

Model: GP-5001-A80S/D58+ sampling unit

Multi-channel Gas Monitoring

Systems Model: RM-5000

series


Model: GX-2009


Model: GX-6000

Optical Interferometric Gas

Analyzer Model: FI-800

Combustible/Toxic Gas Detector Heads

Model: GD-A80series

* The GD-A80S nameplate is blue.

Smart Transmitter/Gas Detector

Model: SD-1RI

IN side measurement before waste gas combustion treatment

Model: RM-5003-SD-1RI / FI-800

OUT side measurement after waste gas combustion treatment

Model: RM-5003-SD-1RI+ sampling unit

Description: Paint is applied in various ways in coating and drying processes. The body is coated by electrodeposition or spray painting and dried in a drying oven.

Hazardous risks: Organic solvents used in the painting booth, drying oven, and deodorizing furnace may result in explosions or poisoning.

Detecting organic solvents to prevent explosions and poisoning

Safety

Underground pit

Casting machine control panel

To burner

Gas supply unit

LPG

2-4: Casting

Casting machine

O2, CO, and LPG indicator

Multi-channel Gas Monitoring System Model: RM-5003

Personal gas detector for workers


Model: GX-2009

Detector head for oxygen deficiencies

Smart Transmitter/Gas

Detector Model: SD-1OX


Model: SD-1EC

Detector head for CO

Smart Transmitter/Gas Detector Model: SD-1

Detector head for LPGSafety

Description: A casting machine is used to produce engines and other cast products. In a casting machine, fuel is supplied from the gas supply unit to the melting furnace to melt aluminum.

Hazardous risks: LPG supplied to the casting machine may cause explosions. Oxygen deficiencies may occur in the underground pit.

Detecting organic solvents to prevent explosions and poisoning

NH3

Heat treatment furnace control panel Heat treatment furnace

LPG

Gas supply unit

To burner

2-5: Heat treatment



Model: GX-2009

Combustible Gas Detector Head

Model: GD-A80


Model: GD-70D

Flame-proof Suction Type Gas

DetectorModel: GD-D58

Toxic Gas Detector Head

Model: GD-K88Ai

LPG and NH3 indicators

Multi-channel Gas Monitoring System

Model: GP-5001 (for LPG)Model: RM-5003 (for NH3)

Combustible Gas DetectorModel: GP-147

Detector heads for NH3

Detector heads for heat source (LPG/LNG)

Detector head for LPG

Safety

Description: Automotive parts are heat-treated in the heat treatment process.

Hazardous risks: Explosions or poisoning may occur in heat treatment furnaces in which gases including LPG, LNG, and NH3are used.

Detecting combustible gases to prevent explosionsDetecting NH3 to prevent poisoning

Reformer FC experiment system

Methanol/CNG/LPG

Thermostatic oven

Monitoring panel

3. Laboratory




Model: GX-2009

Optical Interferometric Gas

AnalyzerModel: FI-800


Model: GD-70D

Detector head for CO, detector head for H2


Model: GD-A80


Model: GD-K88Ai

Detector heads for detecting CO leaks


Model: SD-1EC

Detector head for detecting H2 leaks

Safety

Description: In laboratories, various parts are tested in thermostatic ovens and other equipment. FC experiment systems and reformers are also tested.

Hazardous risks: H2 and fuel leaks from the FC experiment systems and reformers during experiments may cause explosions. The CO in the exhaust gas may lead to poisoning.

Detecting H2 and other combustible gases to prevent explosionsDetecting CO to prevent poisoning

図探すか描く

Noｘ

酸⽋

酸⽋

Gasoline

Gasoline

Gasoline

NOx

NOx

NOx

Oxygen deficiency

Oxygen deficiency

Oxygen deficiency

Environmental testing laboratory

4. Engine laboratory and environmental testing laboratory


Flame-proof Suction Type Gas DetectorModel: GD-D58

Suction type detector head for gasoline


Model: GD-K88Ai

Diffusion type detector head for

NOx


Model: GD-F3A-A

Diffusion type detector head for oxygen

deficiencies


Model: GX-6000

To detect residual gases before entering

laboratoryTo detect gasoline

Portable Combustible Gas

DetectorModel: GP-1000

Description: Various tests are performed in engine and environmental testing labs, including engine experiments using actual vehicles and environmental tests.

Hazardous risks: Fuel leaks from vehicles during tests in engine and environmental testing labs may cause explosions. CO in exhaust gas may lead to poisoning.


5. Vehicle testing laboratory

図探すか描く

Noｘ

酸⽋

酸⽋



Model: GX-2009

Monitoring panel



DetectorModel: GD-D58

Detector head for H2


Model: GD-A80

Detector heads for HC



Model: GD-K88Ai


Model: SD-1EC

Detector heads for CO

Description: Driving tests are performed in the vehicle testing lab using actual vehicles.

Hazardous risks: Fuel leaks from the vehicle during tests in the vehicle testing laboratory may cause explosions. CO in the exhaust gas may lead to poisoning.


Safety

Test bench laboratoryTest bench control panel

Tuning engine

CO

Gasoline Gasoline

6. Test bench



Model: GX-2009

Multi-channel Gas Monitoring System

Model: RM-5000

Detector head for oxygen deficiencies


Model: SD-1OX


Model: SD-1EC

Detector head for CO


Model: SD-1

Detector heads for gasoline


Model: GD-A80

Description: Performance and durability tests of a tuning engine are performed in the test bench lab.

Hazardous risks: Engine fuel leaks can generate combustible gases and may cause explosions.CO in the exhaust gas from engine combustion may lead to poisoning.Oxygen deficiencies may occur during work in a closed space (for example, underground pits).

Detecting combustible gases to prevent explosionsDetecting CO to prevent poisoningDetecting oxygen concentration to prevent oxygen deficiencies

Safety

・・・・・・

Exhaust gas

Electrode coating Electrolyte injection

7. Lithium battery production



Model: GX-2009

Detector head for O2


Model: SD-1OX


Model: GX-6000

Environmental measurements before work

Detector heads for DMC


DetectorModel: SD-D58


Model: SD-1RI


Model: SD-1GH

Detector head for NMP

Combustible/Toxic Gas Detector Head Model: GD-A80V

NMP monitor

Flame-proof Furnace Safety

Monitor Model: SD-2500

Model: GD-A2400

Description: Lithium battery production processes involve electrode coating and electrolyte injection.

Hazardous risks: Electrode coating processes can generate explosive NMP (N-methylpyrrolidone). Electrolyte injection processes can generate explosive DMC (dimethyl carbonate). Such gases may explode or generate oxygen deficiencies.

NMP and DMC detectors to prevent explosionsMeasuring oxygen concentration to prevent oxygen deficiencies

8. Heating furnace

Heating furnace control panel

Heating furnaceTo burner

Gas supply facility

LNG

[Background of adoption]Particularly in countries other than Japan, LNG is purchased from multiple suppliers. Use of shale gas and other fuels is expected to increase in the future. Since fluctuations in calorific value affect burner performance significantly, OHC is also installed in the heating furnace to control calorific value.

Multi-channel Gas Monitoring SystemModel: RM-5000(for CO/LPG)

Combustible Gas Detector

Model: GP-147(for LNG)


Model: GD-K88Ai


Model: SD-1EC

Detector heads for CO around furnace

Detector heads for LNG around gas supply facility and furnace


DetectorModel: SD-D58



Model: GD-A80

Explosion-proof Calorimeter

Model: OHC-800(for LNG)

Description: Heating furnaces are used to heat steel materials in automobile manufacturing.

Hazardous risks: Since fluctuations in the calorific value of the supplied fuel affect burner performance significantly, the calorific value must be controlled. Fuel (LNG) leaks and CO generation near the heating furnace may lead to explosions or poisoning.

Controlling calorific value with a calorimeterDetecting CO to prevent poisoningDetecting combustible gases to prevent explosions

Major Examples of AccidentsPrepared by extracting and processing materials from the Safety at Work Site (Ministry

of Health, Labour and Welfare: http://anzeninfo.mhlw.go.jp/index.html)

Case of acute organic solvent poisoning during cleaning of degreasing tank with trichloroethylene

[Location of accident]Trichloroethylene cleaning tank in a factory polishing automotive parts and providing metal surface treatment

[Cause of accident]A worker who entered the trichloroethylene tank to remove deposits from the inner wall with waste cloth soaked with trichloroethylene was found to have collapsed in a crouching position on the stand in the trichloroethylene tank.

[Damage/injuries]The worker was rescued immediately and transferred to the hospital. However, he died the next day without regaining consciousness.

Wearing gas detectors on a routine basis enables early detection of toxic gas leaks and improves work safety.

Case of organic solvent poisoning during cleaning of paint film removal/cleaning tank for painting jigs for automotive parts

[Location of accident]Removal/cleaning tank for painting jigs in an automotive parts manufacturing plant

[Cause of accident]The victim entered the removal/cleaning tank at around 3:30 pm on the day of the accident to remove paint film sludge.He entered the bottom of the tank and gathered and discharged sediment from the tank. He was poisoned around 4:10 pm after discharging sediment three times.

[Damage/injuries]When the victim was found, he was found crouching and unconscious in the bottom of the washing tank. He was taken to the hospital by ambulance, treated, and regained consciousness approximately 2 hours and 10 minutes after the incident.

Wearing gas detectors on a routine basis enables early detection of toxic gas leaks and improves work safety.

Product Information

Personal Single Gas Monitors

Model: 03 series

FeaturesModels for use with rechargeable batteries have been added to the product line.

Standard protective covers protect the main unit from scratches, dirt, and shock.

Compact, lightweight design doesn’t interfere with work.

Inherently safe and explosion-proof enclosure is ideal for use in hazardous locations.GP-03

(For combustible gases)

OX-03(For oxygen)

HS-03(For hydrogen

sulfide)

CO-03(For carbon monoxide)


Model: GX-2009

FeaturesSuitable for use as an explosion-proof product, even in a hydrogen/acetylene atmosphere

IP 67 equivalent protection for safe use in outdoor work

Three alarm lamps and two alarm buzzers oriented in different directions to alert both the operator and those in surrounding areas

95+ dB buzzer audible even in the noisiest surroundings

Simultaneous display of gas concentrations of four components on large LCD screen

Also equipped with clock display and data logger functions

FeaturesA single unit can simultaneously display up to six types of gases, including VOCs. This is the first product of its kind from a Japanese manufacturer.

The PID sensor enables measurements of more than 200 types of chemical substances subject to regulation.

Ideal for checking the risks and hazards of chemical substances as required under the Industrial Safety and Health Act

Support for multilingual display(Japanese, English, French, Spanish, etc.)

Equipped with convenient new functions, including panic alarm and LED flashlight


Model:GX-6000

FeaturesA single unit with a gas type switching function can detect 25 types of combustible gases.

The intrinsically safe explosion-proof enclosure (explosion-proof rating: Exia II CT4) enables measurement in Zone 0 Hazardous Areas at continuous risk of explosions.

Protection rating equivalent to IP 67 ensures secure outdoor work.

Once a cartridge-type filter (available separately) is attached to the standard probe, the probe can be customized for hydrogen sulfide removal or silicon removal based on the measurement environment.

Portable Combustible Gas Detector

Model: GP-1000

Features Explosion-proof rating Exd II CT4 allows use in hydrogen and acetylene atmospheres.

Suction type and aspirator suction type operations are supported.(* A pump unit and a power supply [available separately] are required.)

The GD-A80-70 is also provided as a combustible gas detector head for use in high-temperature environments up to 70°C (normally 53°C).

Combustible/Toxic Gas Detector Heads

Model: GD-A80 series

GD-A80(For combustible gases)

GD-A80VGD-A80S*(For combustible or toxic gases)* The GD-A80S nameplate is blue.

FeaturesSuitable for use as an explosion-proof product, even in a hydrogen/acetylene atmosphereWaterproof/dustproof enclosure (IP 65 equivalent) allows deployment in severe environments.Supports HART Communication Protocol, allowing transmission of more information over legacy analog 4-20 mA connection.* Excluding SD-1 (TYPE NC)SD-1RI, SD-1EC, and SD-1OX are SIL 2 certified in all parts of the functional safety standard, marking a first for Japanese manufacturers.Using the suction cap for the SD-1 series and connecting the detector to a suction pump or an aspirator unit enables suction type operation.Smart Transmitter/

Gas Detectors

Model: SD-1 series

SD-1SD-1RI

(For combustible gases) SD-1GH

(For combustible/toxic gases)

SD-1EC(For carbon monoxide/

hydrogen sulfide)

SD-1OX(For oxygen)

FeaturesDetects high-boiling point solvent, N-methyl-2-pyrrolidone (NMP), evaporated in a dry facility.

Direct insertion into the furnace allows accurate measurements of concentrations at the center of the exhaust duct.

The furnace insertion section can be used in temperatures ranging from 0°C to + 160°C

The SD-2500 features an integrated structure combining the main unit and display unit, eliminating the need for a dedicated indicator unit.

Easy, straightforward operation by applying the control key

Flame-proof Furnace Safety Monitor

Model: SD-2500Model: GD-A2400

SD-2500(With concentration

display)

GD-A2400(Without concentration

display)

FeaturesSuitable for use as an explosion proof product even in hydrogen atmospheres

Equipped with automatic flow rate abnormality detection function

Integrated assemblies of replacement parts improve maintainability.

Dustproof/waterproof enclosure (IP 67 equivalent)

One-person maintenance possible

Flame-proof Suction Type Gas Detector

Model : SD-D58Model : GD-D58

SD-D58(With concentration

indicator)

GD-D58(Without concentration

indicator)

FeaturesTwo-wire gas detector headAllows direct transmission to the control system.

Equipped with pressure correction sensor resistant to changes in atmospheric pressure (GD-F88Ai, GD-F88Di)

Built-in aspirator (optional)Conventional external unit replaced by built-in unit(GD-K88Ai, GD-K88Di)

Corrosive gas resistant enclosureSUS enclosure available if requested by customer

Intrinsically safe explosion-proof enclosure combined with barrierIntrinsically safe explosion-proof enclosure

Oxygen/Toxic Gas Detector Heads

Model: GD-88 series

[Diffusion type]GD-K88Ai (for toxic gases)GD-F88Ai (for oxygen)

[Suction type]GD-K88Di (for toxic gases)GD-F88Di (for oxygen)

FeaturesCompact, lightweight design allows installation anywhere.

Drip-proof enclosure allows installation outdoors.

The easily installed GD-F3A-SC-A is equipped with a signal converter for 4 mA to 20 mA transmission. Also allows long-distance transmission (up to 2.0 km).


Model: GD-F3A-A

Optical Interferometric Gas Analyzer

Model: FI-800

FeaturesNo warmup required

Fast response

Long-term stability

Simple operation with easy-to-read digital display

No sensitivity degradation in the presence of silicone

Equipped with temperature and atmospheric pressure correction functions

Explosion-proof Calorimeter

Model: OHC-800

Features Incorporates Riken Keiki’s unique “optsonic” calculation method (Japanese Patent No. 518483).Resistant to influence from incombustible gases for high-precision measurements

Fast response at 90% response within 5 seconds

High repetition accuracy within ±0.02 MJ/m3

Hydrogen explosion-proof enclosure (Exd IIB + H2T4) required for calorimeters allows installation in dangerous areas.

Excellent temperature characteristics, with temperature change of 0.10 MJ/m3 or less per day

Calorific value/specific gravity/Wobbe index switchable with key operation, eliminating troublesome calculations

FeaturesAdopts universal design independent of detection principle to allow shared use of the main unit.

Power consumption reduced by 20% compared to past models (for constant potential electrolysis type)

Reusable parts

Allows recycling of constituent materials to reduce environmental impact.

Design complies with various international regulations.

Complies with CE requirements under RoHSDirective.


Model: GD-70D

FeaturesEasy-to-read three-color LCD display recognizable from a distance

Single-point indicator/alarm unit

Lock-in specification selectable (optional)

RS-485 communication support (optional)

Single-Channel Gas Monitors

Model: RM-6000 series

Combustible Gas Detector

Model: GP-147

FeaturesOption to use a back-up power supply can be selected individually for each detector head.

Capable of leak monitoring at hydrogen stations

Capable of early detection of hydrogen leaks (ppm) and explosion prevention (% LEL)

Improved visibility with green and red two-color LCD and bar meter display

Gas leaks and failures indicated by voice alarms (optional)

FeaturesMany types of gas detector heads available

Gas concentrations are displayed in two ways: bar meter and digital display

High-contrast three-color LCD improves visibility of detected state.

Equipped with RS-485 communication function (optional)

Multi-channel Gas Monitoring Systems

Model: RM-5000 series

Fixed PID VOC Monitor

Model: RVOC

FeaturesEquipped with photoionization detector (PID) optimum for VOC detectionSupport for three measurement ranges (0-10/100/1,000 ppm)Sensor structure resists effects of humidity and keeps foreign materials away from lamp.Measurement cycles configurable up to 5 minutes and 50 seconds at intervals of 10 seconds (Default: 1 minute)

Various functions with high working efficiencyEasily installed in control system (4-20 mA output)Switchable type (RVOC-10s) models are available.

We are a pioneer in creating safe working environments for workers.

M210-16034 Applications in Automotive Market and ......2-4: Casting 2-5: Heat treatment 3.Laboratory...

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Transcript of M210-16034 Applications in Automotive Market and ......2-4: Casting 2-5: Heat treatment 3.Laboratory...